Manchester, England, United Kingdom
As the Founder of Tercio Labs, I design and prototype high-performance embedded motor-control products for robotics and automation applications. Key innovations include a compact CAN-FD to USB Adapter, a Smart Stepper Driver with STM32-based closed-loop control, and a high-speed BLDC Motor Controller. These products are in advanced prototype stages, with pilot manufacturing planned in the coming months. I am pursuing a Bachelor of Engineering (BEng) in Electrical and Electronic Engineering at The University of Manchester, with a focus on embedded systems and hardware-software co-design. My experience mentoring FIRST Robotics teams and publishing Unity game assets has sharpened my programming, electronics, and leadership skills, which I apply to develop cutting-edge robotics solutions.
• Founded Tercio Labs, leading the design and prototyping of advanced embedded motor-control products. • Developed a CAN-FD to USB Adapter for reliable communication in robotics applications. • Engineered a Smart Stepper Driver with closed-loop control and CAN-FD connectivity. • Focused on delivering affordable hardware solutions for makers and robotics developers.
• Led a team in four consecutive FRC Robotics competitions, successfully building a 57kg competition robot each year. • Directed the design and creation of a 10kg, 6-axis robotic arm utilizing CAN protocol for precision control. • Developed 'Eagles 2025,' a Java robotics code template that optimized performance and strategy. • Received the Autonomous Award and Electrical Design Award for exceptional programming and innovative electrical systems.
• Developed and published multiple game assets, including Breeze AI and Survival Template Pro. • Utilized C# and Unity to create engaging game experiences, enhancing coding efficiency. • Generated estimated earnings of over $12,000 through asset sales, showcasing entrepreneurial skills.